Category Archives: Cloud Storage
Get this Acer convertible laptop for just $399 – PCWorld
If youre in the market for a 2-in-1 laptop, today youre in luck. Right now, you can get an Acer Spin 3 convertible laptop with an Ice Lake processor for $399 at Walmart. Thats $187 off the MSRP.
This version of the Spin 3 has a 14-inch touch display with 1080p resolution. The CPU has an Intel Tiger Lake Core i5-1035G1 with four cores, eight threads, and a boost to 3.6GHz. Thats an older processor, but it still has a solid core count and the speed is fine for everyday uses and productivity.
For RAM, you get 8GB, which is a solid amount for surfing the web and checking e-mail. Onboard storage is a 256GB NVMe SSD. Thats a little light, but it should be enough if you rely on cloud storage or use external storage.
Acer packed this laptop with a Thunderbolt 3 port, two standard USB, a media card reader, and an HDMI out. It comes with a stylus as well, which is useful if you need to mark up a web page or do some drawing. Its also running Windows 10, but it should be upgradeable to Windows 11.
[Todays deal: Acer Spin 3 for $399 at Walmart.]
Read more from the original source:
Get this Acer convertible laptop for just $399 - PCWorld
Google Photos vs OneDrive: Which is the best cloud backup solution? – PiunikaWeb
Cloud backup services let users organize media and store a copy in case the original data is compromised. Google Photos has dominated the competition for media backup, AI search features, and editing for quite some time now.
However, the situation took a turn when the company announced that it would no longer offer unlimited storage space.
Several users searched for an alternative, and OneDrive is a name that emerged as one of the fierce competitors.
Microsoft OneDrive is a complete cloud storage solution that will let you create photo galleries and manage smart folders, and it has recently incorporated editing tools.
The Google Photos vs OneDrive debate is a tough one. The major question bothering many users is which platform is better and can be relied on as the ideal media backup companion.
This article aims to guide you through a few points and help you reach a better conclusion.
Google Photos and OneDrive offer cross-platform support. Microsofts product is available on multiple platforms, including Windows, iOS, Android, Web, and Mac, as you can access the same app everywhere.
Google Photos, on the other hand, only offers dedicated apps for iOS and Android. For Mac and Windows, youll have to rely on the web version.
The OneDrive gallery section is also integrated directly with the Photos app on Windows, while Google doesnt provide such integration features. Both also offer widgets across Android and iOS; thus, there isnt much to compete here.
Regarding the user interface, both platforms carry the material design theme guidelines. For efficient navigation, you get a handy bottom bar, and they also support the dark theme.
OneDrive offers built-in fingerprint protection, which Google Photos currently lacks. Although, the latter lets users lock pictures in separate folders inside the application.
OneDrive also provides a personal vault in the app, letting users store sensitive and important files. It is secured by a two-step verification and auto-locking feature and requires biometrics for successful access.
The AI-powered search feature of Google Photos is a definite edge for the platform, and OneDrives auto-tags feature doesnt match Googles powerful AI, which is a major differentiating factor.
Google Photos gets an edge in this category with its robust image editing features. It offers plenty of basic and a few advanced editing options. The auto-generated suggestions and filters are some of its standout attributes.
Microsoft OneDrive offers some editing features, but they are basic, including saturation, brightness, exposure, shadows, contrast, etc.
This concludes our article, and Google Photos is a clear winner due to its amazing editing and security features but yes it lacks in compatibility as compared to OneDrive.
If you want to read more informative content on Google Photos, click here.
PiunikaWeb started as purely an investigative tech journalism website with main focus on breaking or exclusive news. In no time, our stories got picked up by the likes of Forbes, Foxnews, Gizmodo, TechCrunch, Engadget, The Verge, Macrumors, and many others. Want to know more about us? Head here.
Original post:
Google Photos vs OneDrive: Which is the best cloud backup solution? - PiunikaWeb
Peer Software and Pulsar Security Announce Strategic Alliance to Enhance Ransomware and Malware Detection Across Heterogenous, On-Premises and Cloud…
CENTREVILLE, Va.--(BUSINESS WIRE)--Peer Software today announced the formation of a strategic alliance with Pulsar Security. Through the alliance, Peer Software will leverage Pulsar Securitys team of cyber security experts to continuously monitor and analyze emerging and evolving ransomware and malware attack patterns on unstructured data.
PeerGFS, an enterprise-class software solution that eases the deployment of a modern distributed file system across multi-site, on-premises and cloud storage, will utilize these attack patterns to enable an additional layer of cyber security detection and response. These capabilities will enhance the Malicious Event Detection (MED) feature incorporated in PeerGFS.
Each ransomware and malware attack is encoded to infiltrate and propagate through a storage system in a unique manner that gives it a digital fingerprint, said Duane Laflotte, CTO, Pulsar Security. By understanding the unique behavior patterns of ransomware and malware attacks and matching these against the real-time file event streams that PeerGFS collects across the distributed file system, Peer can now empower its customers with an additional layer of fast and efficient cyber security monitoring. We are excited to be working with Peer Software on this unique capability.
As part of the agreement, Pulsar Security will also work with Peer Software to educate and inform enterprise customers on emerging trends in cyber security, and how to harden their systems against attacks through additional services like penetration testing, vulnerability assessments, dark web assessments, phishing simulations, red teaming, and wireless intrusion prevention.
Ransomware attacks have become so common that almost every storage infrastructure architecture plan now also requires a cyber security discussion, said Jimmy Tam, CEO, Peer Software. But whereas other storage-based ransomware protection strategies have focused mainly on the recovery from an attack, Peer Softwares goal in working with Pulsar Security is to prioritize the early detection of an attack and limiting the spread in order to minimize damage, speed recovery, and keep data continuously available for the business.
About Peer Software
Peer Softwares mission is to simplify file management and orchestration for enterprise organizations. IT administrators constantly face the unenviable task of trying to architect, build and operate resilient, highly available 24/7 global operations while simultaneously striving to add flexibility and agility in their technology choices to quickly adapt to ever evolving business and technical demands. Through its global file service, storage observability and analytics solutions, Peer helps enterprises meet these challenges across edge, data center, and cloud environments.
About Pulsar Security
Pulsar Security is a team of highly trained and qualified ethical hackers whose job is to leverage cybersecurity experience and proprietary tools to help businesses defend against malicious attacks. Pulsar is a Veteran, privately owned business built on vision and trust, whose leadership has extensive military experience enabling it to think strategically and plan beyond the problems at hand. The team leverages offensive experience to offer solutions designed to help analyze and secure businesses of all sizes. Our industry experience and certifications reveal that our engineers have the industry's most esteemed and advanced on the ground experience and cybersecurity credentials.
Follow Peer Software on Twitter and LinkedIn.
Follow Pulsar Security on Twitter and LinkedIn.
See original here:
Peer Software and Pulsar Security Announce Strategic Alliance to Enhance Ransomware and Malware Detection Across Heterogenous, On-Premises and Cloud...
Why organizations must move to a cloud-based infrastructure [Q&A] – BetaNews
The past couple of years have led to lots of new demands on IT and many businesses have turned to the cloud in order to meet them.
Whilst the initial assumption may have been that these changes would be temporary, much of the shift in working patterns looks like becoming permanent. We spoke to Alkira's CEO Amir Khan to find out more about what this means for businesses as they gear up for remote work on a long-term basis.
BN: What are the current challenges facing the cloud industry?
AK: There are a number of challenges in the cloud industry today, but the standouts are the prevalence of shadow IT, IT bloat and the inability to secure the cloud at all access points.
Shadow IT is a huge issue for organizations that have continued to support remote work, as well as organizations that span multiple locations. This has created silos, preventing teams from staying in alignment with each other.
IT bloat is especially common in enterprises that had to shift operations to a remote-first model in response to the COVID-19 pandemic. Folks spun up infrastructure without much thought. Most assumed it would be temporary. Remote work is here to stay. So businesses now need to figure out the right architecture and security model for their users.
BN: How did the industry get to this point?
AK: The current challenges emerged from the influence of a variety of factors. The global pandemic prompted a rapid switch to remote-first work, which few organizations were prepared for. This resulted in quick, panicked cloud deployments to keep businesses operational, and in many cases, these stacks were not the right fit for the organization that rolled them out. Workers continue to work from home and from remote locations. And organizations realize their infrastructure isnt working as well as intended. This means that many organizations have a bit of 'spring cleaning' to do to better optimize their infrastructure, ultimately better protecting their business and saving on overhead costs.
BN: What is so dangerous about IT bloat?
AK: Because deployments were rolled out so quickly, there are a wide range of challenges that were unintentionally created. These include duplicate IP addresses, unsanctioned internet access, unused networks and security resources, misconfigured security group settings and unaccounted for shadow IT resources. These can cause compliance violations, app reliability issues as well as compromise security and incur unnecessary overhead costs.
BN: What solutions are emerging to help combat these challenges? What can organizations do to avoid experiencing larger problems?
AK: It's critical to establish a single point of control which can help organizations modernize and unify the silos that have already been created. Additionally, finding ways to leverage, as opposed to replacing existing infrastructure can help organizations avoid creating even larger problems within the cloud deployment.
BN: How can businesses adapt to permanent remote work while still reducing IT bloat within their infrastructure?
AK: Remote work doesn't inherently create IT bloat. The bloat is created when teams must quickly deploy a new tool or instance to support a specific task and it persists when organizations lack visibility in their environments. With visibility, bloat can be eliminated. To achieve this visibility organizations need a single console to manage multi-cloud environments. This allows multiple teams to access the clouds without needing to go through different interfaces.
Additionally, enterprises can create automated templates. New resources spun up automatically have the right security and operational settings.
BN: What are the benefits of housing data storage and infrastructure in the cloud?
AK: With the right networking and security framework in place, data storage and the organization's infrastructure are much easier to access via the cloud, especially for organizations continuing to support remote workers. This also allows them to spin up additional capacity if and when it is needed.
A major benefit in the current environment is the ability to bypass the current supply chain issues that are impacting hardware-based vendors. Organizations relying on hardware are often waiting months to receive components, hampering modernization efforts and making the business less agile. Since there's no physical set up, additional deployments become easier to roll out, and can be completed in less time.
BN: Why do organizations need to prioritize a unified data storage structure?
AK: They have no choice. Customers are moving from data centers to centers of data that exist across public clouds, private clouds, in co-locations and data centers, and this data needs to be connected via a new type of network. If organizations don't make this unified infrastructure a priority, they risk falling behind and falling victim to the downsides of IT bloat.
Image credit:Nomadsoul1/depositphotos.com
Continued here:
Why organizations must move to a cloud-based infrastructure [Q&A] - BetaNews
Dell builds its own partner-based data lakehouse Blocks and Files – Blocks and Files
Dell has devised a reference architecture-type design for a combined data lake/data warehouse using third-party partner software and its own server, storage, and networking hardware and software.
Like Databricks, Dremio, SingleStore, and Snowflake, Dell envisages a single data lakehouse construct. The concept is that you have a single, universal store with no need to run extract, transform and load (ETL) processes to get raw data selected and put into the proper form for use in a data warehouse. It is as if there is a virtual data warehouse inside the data lake.
Chhandomay Mandal, Dells director of ISG solution marketing, has written a blog about this, saying: Traditional data management systems, like data warehouses, have been used for decades to store structured data and make it available for analytics. However, data warehouses arent set up to handle the increasing variety of data Dell has devised a reference architecture-type design for a combined data lake/data warehouse using third-party partner software and its own server, storage and networking hardware and software text, images, video, Internet of things (IoT) nor can they support artificial intelligence (AI) and machine learning (ML) algorithms that require direct access to data.
Data lakes can, he says. Today, many organizations use a data lake in tandem with a data warehouse storing data in the lake and then copying it to the warehouse to make it more accessible but this adds to the complexity and cost of the analytics landscape.
What you need is one platform to do it all and Dells Validated Design for Analytics Data Lakehouse provides it, supporting business intelligence (BI), analytics, realtime data applications, data science, and machine learning. It is based on PowerEdge servers, PowerScale unified block and file arrays, ECS object storage, and PowerSwitch networking. The system can be housed on-premises or in a colocation facility.
The component software technologies include the Robin Cloud Native Platform, Apache Spark (open-source analytics engine), and Kafka (open-source distributed event streaming platform) with Delta Lake technologies. Databricks open-source Delta Lake software is built on top of Apache Spark and Dell is using Databricks Delta Lake in its own data lakehouse.
Dell is also partnering Rakuten-acquired Robin.IO with itsopensource Kubernetes platform.
Dell recently announced an external table access deal with Snowflake and says this data lakehouse validated design concept complements that. Presumably Snowflake external tables could reference the Dell data lakehouse.
With the above Dell graphic, things start to look complicated. A Dell Solution Brief contains more information, along with this table:
Clearly this is not an off-the-shelf system and needs a good deal of careful investigation and component selection and sizing before you cut a deal with Dell.
Interestingly, HPE has a somewhat similar product, Ezmeral Unified Analytics. This also uses Databricks Delta Lake technology, Apache Spark, and Kubernetes. HPE is running a Discover event this week, with many news expected. Perhaps the timing of Dells announcement is no accident.
Read the original here:
Dell builds its own partner-based data lakehouse Blocks and Files - Blocks and Files
Cockroach Labs: The killer factor in the dead heat cloud zone – ComputerWeekly.com
People dont like the poor cockroach.
Although theyre widely despised, generally spurned and definitely a very unpleasant addition to a bathroom, shower, bed or couch once youre on vacation somewhere tropical, the cockroach does have some redeeming qualities.
The cockroach is known for its ability to populate and colonise, be tough and resilient and for its ability to use the resources around it and flourish even if those resources are the rim of a toilet seat.
As noted in this blog discussion, this is some of the thinking behind why Cockroach Labs is called Cockroach Labs i.e. its about an ability to be tough and functional.
The latest chirps from Cockroach Labs (Ed do cockroaches chirrup and chirp?) is the 2022 Cloud Report from Cockroach Labs, published on June 14th 2022, which aims to evaluate the performance of AWS, Microsoft Azure and Google Cloud Platform for common OLTP (OnLine Transaction Processing) workloads.
Researchers at Cockroach Labs ran benchmarks on 56 different instance types and 107 discrete configurations to find that all three providers offered price-competitive offerings.
Looking at the performance of the top cloud providers, AWS, Azure and Google Cloud were in a statistical dead heat when it comes to price and performance. All three providers had at least one instance type and storage combination in the $0.04-$0.05 reserved $/TPM range.
McClellan: More is more, weve scoped out a bigger field for the users.
Additionally, for the first time, AMDs Milan processors outperformed Intel.
In past years, Cockroach Labs saw Intel lead the pack in overall performance with AMD competing on price-for-performance metrics. Now in its fourth year, both the overall performance leader and the price-for-performance leader were AMD-based instances.
According to Cockroach Labs, it expanded and improved its OLTP benchmarking this year, running more than 3,000 different OLTP iterations leveraging CockroachDB and adjusted its testing methodology to narrow the variation of results across runs.
In this report, we aim to provide an unbiased picture of the performance users are paying for when they provision a specific configuration in one of the clouds, said Keith McClellan, lead author on the report and director of partner solutions engineering at Cockroach Labs. If I had to describe the report in a sentence I would say, more is more. This year we tested more instance types, node sizes and 3X as many runs as last year. Altogether, it adds up to more depth.
Among its suggested findings, Cockroach Labs thinks that the hidden costs of storage and data transfer can have a larger impact on total cost than the price of the instances themselves.
It cautions users that the cost of running a workload is much more influenced by the cost of storage and networking than the cost of an instance, especially for consistent workloads.
If there is one point to take away from this years report, especially if I were a CIO or CTO building a globally distributed application concerned about cost when picking a cloud provider(s), I would focus on the network transfer cost where I was planning to operate. Our findings really shine a light on each clouds total cost to operate, said McClellan.
All said and done then, the one bug that we all seek to kill when were on holiday in Greece or Spain (other holiday destinations are available) is actually perceptive enough here to uncover what may perhaps be the killer factor in cloud instance operations right now.
Continued here:
Cockroach Labs: The killer factor in the dead heat cloud zone - ComputerWeekly.com
Permiso aims to help customers build a new identity-based security model for the cloud – SC Media
Permiso, a start-up that focuses on cloud identity detection and response for cloud infrastructures, announced earlier this week that it has launched P0 Labs.
The P0 Labs name refers to the companys priority zero mission of detecting and responding to the latest cloud infrastructure attacks for its customers.
SC Media caught up with Paul Nguyen, the companys co-founder and co-CEO and Ian Ahl, vice president and head of P0 Labs, to talk about the companys unique identity-based approach to cloud security, and its plans to expand integrations and help customers adapt as nation-state actors start migrating to the cloud.
Let's begin by providing some background on the company and the story of how you started?
Nguyen: Permiso was started by Jason Martin and I three years ago when we were both executives at FireEye. We decided that cloud security was going to be the next frontier, very similar to the way we saw data centers evolve 20 years ago. We tried to buy a couple of cloud security companies and it gave us some insight into the market. FireEye wanted to look at detection and response as that next evolution for cloud security. Unfortunately, we werent able to execute on that strategy, so Jason and I left to do it on our own. We saw a huge opportunity for detection and response in the cloud security market which is still very much in its infancy. So were excited to do something thats completely white space, never been done before.
Is Permiso mainly a red team pen testing company? Or with your emphasis on detection and response are you taking the purple team approach?
Ahl: We are a cloud detection and response company and have some services built around that. I built the P0 Labs team with incident responders and pen testers for that purple team purpose of insinuating attacks on the red team side and having those responders watch whats going on. Our goal is to find bad guys. We take our knowledge to the front lines and bring it in there, but we also use the purple team approach to create the bad activity first so we can take that knowledge and codify it into our product. So a lot of times what well do is create malicious activity first, monitor what we are doing with the malicious activity, and then write detections associated with the malicious activity.
Whats different about the threat landscape in the cloud that requires a new approach from what the security industry has done in the past?
Ahl: The attackers want to move to the cloud for the same reason everyone else does: speed, scale, and impact. And thats the biggest differential from a capability standpoint. They know they can have a larger impact going to the cloud. Right now, we are at the phase where its mostly commodity attackers, ransomware and bitcoin mining, but now we are seeing advanced attackers starting to come into the cloud space. They have for years, but its just in larger numbers now. For example, APT29 is a group I worked on when I was at Mandiant. Those were the perpetrators of the SolarWinds incident. These are Russian nation-state threat actors, really top-tier when it comes to the groups that are tracked out there. And we know they are shifting now as well. They are getting into the vendor supply chain and are targeting cloud providers and targeting security vendors in the cloud so they can leverage that access to get into other environments.
So what are you doing to counteract this growing threat?
Nguyen: We are using identity as that main mechanism for us to detect evil. One of the main vectors were seeing is compromised credentials or exposed secrets: attackers gaining access via an initial set of credentials they compromise and can then follow that trail, and as they pivot they create other users and run other impact events.
The identity approach is very novel. Traditional approaches have been focused on networks, hosts, and IP addresses, which was a data center construct. In cloud, the cloud service providers are not exposing the network and hosts, they are providing services. The way you instrument those services is via APIs using credential. You hear about S3 buckets, which is data storage. And EC2, which is compute. How do you spin up more S3 or EC2? You have to have valid credentials to execute. Its not about a network or host. Its calling APIs using valid credential to spin up and spin down infrastructure, which is the power of the cloud.
Even if you look at traditional security products, its always about assets and hosts and networks: endpoint detection, network detection, email. In cloud, its completely different, its services. So how do you instrument services to build apps? People have a hard time when they switch to cloud in thinking about the security model in cloud. Our very first angel investor was Jason Chan, who used to be the vice president of information security at Netflix. Chan and his team at Netflix were on a very mature end of cloud and they gave us some of the initial constructs that we thought about in terms of what capabilities the mass security market would need as they start out with security in the cloud just getting in to cloud and finally getting where Netflix has evolved. We deconstructed what Jason Chan had done and said we can bring these capabilities down to where the customers are today.
How will P0 Labs make this happen?
Ahl:There are a lot of products, normal SIEMs that can take an event and let you know when something bad happens. What we do is group things around identity and credentials and pull all those events around attacker techniques and build rules around a session. A session is a grouping of events based on identity and credentials in a period of time. If I went into AWS and clicked create bucket and delete bucket and then attempted to spin up EC2 instances that would create hundreds of events to make that happen. A normal cloud SIEM would look event-by-event. We group that activity into one session. For example the system lets me know any time an identity attempts to escalate privileges within this type of resource. This allows us to describe complex logic because we group it all together.
Nguyen: Have you seen the Avengers movies? Theres the concept of the multiverse: parallel existences of same the person, but they are on different timelines. I may have 10 credentials in a cloud environment. So thats 10 different timelines and 10 different sessions I have to track independently of one another. Timeline 1 is malicious, timelines 2 and 3 are fine. When we see attackers, they are hopping across timelines and credentials. What we do is follow their trail and we havent seen anyone be able to do that multiverse tracking across sessions.
Permiso made news in January with its $10 million seed funding round. Given a looming recession, what's a realistic timeframe for future funding rounds and meeting your objectives for the future?
Nguyen: We arent thinking about fundraising right now, but we will be raising a round in the next 6-18 months based upon market demands. Were mainly focused on how to find evil in these new frontiers of cloud infrastructure. Today, theres not a lot of tooling to find the bad guys. I think we are a few months ahead of the market. We plan to extend our integrations. We formed a partnership with HashiCorp. to integrate with its vault. Were also looking to work with identity providers such as Okta, Ping, SailPoint, and Azure AD, thats a big part of our story. We also have customers requesting integrations into their CI/CD DevOps pipelines. Our heritage is former FireEye, former Mandiant. We know what evil looks like and Ian and his team know how to respond to evil. Ian has been responsible for tracking these threat actor groups. So our focus is staying ahead of the adversary. Get the best intel to understand where they are going, then build protections for our customers. An attacker can sit in an environment for a long time. We want to shorten that as much as possible.
Read the original here:
Permiso aims to help customers build a new identity-based security model for the cloud - SC Media
Cloud storage reviews: how we tested them – TechRadar
Less than a decade ago, it was hard to imagine a world in which all our computing needs revolved around the cloud. Sure, it was a thing, but the sheer thought that we would be storing some of lifes most treasured moments on a hard drive somewhere outside of our homes was ludicrous.
Now that this is a reality, picking the best cloud storage provider (opens in new tab) is crucial. Every option we have reviewed has been thoroughly tested by a number of staff and/or freelancers to get consistent results from multiple viewpoints.
A cloud storage drive is a long-term solution, and value for money is number one priority here. We didnt just look for the best deals, but companies that frequently offer good value deals for below their usual prices.
We favored solutions with flexible payment plans, though many also offered incentives for long-term commitments. Paying for 12 months upfront would often result in the equivalent of 10 usual monthly payments, for example.
Each individuals usage pattern will be different from the next person, but we tried to emulate as many scenarios as we thought any cloud drive would encounter. Text-only, photo and video files were uploaded and downloaded, topped only by our hefty 1GB test file which was used to set the benchmark for upload and download times.
Most downloads had the pleasure of a fairly decent 350mbps connection, though as is the case with most broadband connections in the UK, the 30mbps or so upload speed was about as good as it got.
For reference, most uploads took around five to 10 minutes - finishing in under five minutes in this category suggests a healthy, unthrottled connection to the cloud storage drives servers. Downloads were mostly under five minutes, with sub-one-minute downloads being optimal.
Many people fear losing their data when its stored on the cloud, and thats a perfectly natural concern to have. Ransomware can be particularly destructive, too, wreaking havoc in places youve never explored before, deep inside your computer.
For us to award a high score to any cloud storage or cloud backup service, it had to be able to assure us that our data was safe. There are two key elements to consider here: how many versions of a single file the system will keep (this can be handy if for nothing else just to track changes made in a document), and how long these versions are retained for.
Other features we looked for were file encryption, end-to-end transfer encryption, account protection such as two-factor authentication, support for online editing and the number of computers able to access the software, if applicable.
Many of us are already familiar with iCloud Drive, Microsoft OneDrive or Google Drive, either because they are deeply ingrained in our own computers or that we use them for work. As such, it is easy to compare lesser-known companies to these big players in terms of ease of use, compatibility and pricing.
Its important to remember that there isnt a clear-cut template for all things cloud storage - some focus on files, others on photos, and a select few aim to backup your entire computer. This is why we focus on the key rivals for each review, in the interest of fairness.
We've also featured the best free cloud storage.
Visit link:
Cloud storage reviews: how we tested them - TechRadar
Store your files, videos, photos and more with this $149 1TB cloud storage plan – ZDNet
StackCommerce
The following content is brought to you by ZDNet partners. If you buy a product featured here, we may earn an affiliate commission or other compensation.
Taking fabulous photos or videos with our phones, drones, and other new technology is a two-edged sword because we don't always have room to save them. And no one wants to constantly debate which files to delete to free up some space. Fortunately, you don't have to anymore because Koofr is offering a lifetime of 1TB of cloud storage for $139.99.
With Koofr, you can connect to your existing cloud accounts, such as Dropbox, Google Drive, Amazon and OneDrive, while viewing them all in one place. It's a safe, simple and private cloud storage service you can access from an app on your computer or mobile device, WebDav or just online. And it has some very convenient features.
Koofr allows you to transfer an unlimited number of large files to your cloud accounts. And you don't have to worry about multiple files unnecessarily taking up space; the Koofr Duplicate Finder will help you identify and delete all duplicate files you have saved. Plus, you may even rename many files at once. You can rest easy knowing your files are encrypted during transfer and once they are saved.
The service is very user-friendly. While you need a Koofr account for this promotion, you can create one for free. Then it's just a matter of connecting to your cloud accounts and selecting the files you want to upload, access or share without considering size limits. It's easy to see why Koofr is rated 4.6 out of 5 stars on GetApp, G2 and Capterra.
If you need to save your files without worrying about storage space, get a Koofr Cloud Storage: Lifetime Subscription (1TB) now while it's only $139.99.
Here is the original post:
Store your files, videos, photos and more with this $149 1TB cloud storage plan - ZDNet
These Are The Ten Biggest Storage Cryptocurrencies – ValueWalk
Cloud storage is a centralized storage platform, but they are vulnerable to data theft or loss. Decentralized storage platforms, however, can overcome this drawback by breaking user data into smaller pieces and spreading it across nodes. Also, data is automatically encrypted when uploaded to the network. Such platforms usually have their own coins or tokens as they exist on a blockchain. Lets take a look at the ten biggest storage cryptocurrencies.
We have referred to the market capitalization data (as of June 22, 2022) of storage cryptocurrencies to rank the ten biggest storage cryptocurrencies.
Get The Full Ray Dalio Series in PDF
Get the entire 10-part series on Ray Dalio in PDF. Save it to your desktop, read it on your tablet, or email to your colleagues
Q1 2022 hedge fund letters, conferences and more
After 110% YTD Returns, Crispin Odey Reshuffles His Senior Team [Exclusive]
After a challenging decade, 2022 is shaping up to be one of the best years ever for Crispin Odey and the rest of the team at Odey Asset Management. In the month of May, the firm's flagship hedge fund, Odey European, returned 14%, boosting its returns for the year to 110%. Following a 54% gain Read More
Created in 2018, it is an open-source crosschain network that features a decentralized database, such as computing, file storage and a DID (decentralized identity) framework. ALEPH is down almost by 1% in the last 30 days and by almost 59% year to date. As of writing, ALEPH was trading at $0.2622, giving it a market cap of more than $50 million. ALEPH has an all-time high of $0.8692 (January 2022) and an all-time low of $0.0247 (September 2020).
It is the currency of the SAFE Network and users can spend it on Network services. MAID is down by over 2% in the last 30 days and by almost 60% year to date. As of writing, MAID was trading at $0.1672, giving it a market cap of more than $70 million. MAID has an all-time high of $1.38 (April 2021) and an all-time low of $0.004059 (March 2015).
It is an Ethereum token that assists in reporting and disputing the outcome of events on online prediction markets. REP is down by over 30% in the last 30 days and by almost 55% year to date. As of writing, REP was trading at $8.56, giving it a market cap of more than $90 million. REP has an all-time high of $123.24 (January 2018) and an all-time low of $0.783 (September 2016).
Co-founded in 2017, it allows users to realize the value of their data, as well as monetize it through the use of ERC-20 based datatokens. OCEAN is down by almost 25% in the last 30 days and by over 70% year to date. As of writing, OCEAN was trading at $0.1899, giving it a market cap of more than $100 million. OCEAN has an all-time high of $1.94 (April 2021) and an all-time low of $0.01351 (August 2019).
Officially launched in June 2015, it is a native utility token of Sia, which is a secure, trustless marketplace for cloud storage enabling users to lease access to their unused storage space. SC is down by almost 30% in the last 30 days and by over 70% year to date. As of writing, SC was trading at $0.003935, giving it a market cap of more than $190 million. SC has an all-time high of $0.1117 (January 2018) and an all-time low of $0.00001131 (December 2015).
Launched in late 2018, it is an open-source cloud storage platform that uses a decentralized network of nodes to host user data. STORJ is up by over 7% in the last 30 days but is down by over 60% year to date. As of writing, STORJ was trading at $0.6577, giving it a market cap of more than $250 million. STORJ has an all-time high of $3.91 (March 2021) and an all-time low of $0.04835 (March 2020).
Launched in June 2018, it is a decentralized storage network that offers a platform for the indefinite storage of data. AR is down by over 42% in the last 30 days and by over 86% year to date. As of writing, AR was trading at $9.40, giving it a market cap of more than $300 million. AR has an all-time high of $90.94 (November 2021) and an all-time low of $0.4854 (May 2020).
It is a peer-to-peer distributed platform for hosting decentralized applications. HOT aims to work as a bridge between the internet and apps developed using Holochain. HOT is down by over 19% in the last 30 days and by almost 71% year to date. As of writing, HOT was trading at $0.002194, giving it a market cap of more than $370 million. HOT has an all-time high of $0.03157 (April 2021) and an all-time low of $0.0002189 (March 2020).
Released in February 2019, it is a dedicated native cryptocurrency token of BitTorrent, which is a popular peer-to-peer (P2P) file sharing and torrent platform. BTT is down by over 30% in the last 30 days. As of writing, BTT was trading at $0.0000007932, giving it a market cap of more than $700 million. BTT has an all-time high of $0.000003054 (January 2022) and an all-time low of $0.000000705 (June 2022).
Launched in 2020, it is a decentralized storage system that aims to store humanitys most important information. Filecoins decentralized nature aims to protect the integrity of a datas location. FIL is down by over 33% in the last 30 days and by over 84% year to date. As of writing, FIL was trading at $5.68, giving it a market cap of more than $1.20 billion. FIL has an all-time high of $237.24 (April 2021) and an all-time low of $1.83 (August 2019).
Updated on Jun 22, 2022, 1:06 pm
Follow this link:
These Are The Ten Biggest Storage Cryptocurrencies - ValueWalk